67ZR200KLF

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Trimmer Potentiometers, also known as preset potentiometers, are components with stationary resistance. They are used in various applications, including audio, automotive, communication, industrial, medical, and aerospace. The 67ZR200KLF is a type of trimmer potentiometer which is designed to have both rotational and linear action, allowing for precise adjustment of the resistance. This device is also suitable for use in high-reliability solutions and can be found in many industrial and commercial applications.

The 67ZR200KLF trimmer potentiometer features a rugged, all-metal construction and is engineered for reliable operation in extreme conditions. This device features a wide adjustment range of 200 ohms with a standard 3/8" diameter shaft. The 67ZR200KLF has a positive detent action for smooth operation. It provides a high linearity, low contact resistance, and low hysteresis even during repetitive adjustments.

The primary application of the 67ZR200KLF is in adjustable volume control. It is also suitable for use in applications where precise control of the resistance is required, such as in the calibration of electronic circuits. This trimmer potentiometer is also popular in automotive applications, such as for controlling transmission shifters and window motors.

The working principle of the 67ZR200KLF is based on Ohm’s Law. This trimmer potentiometer consists of a resistive element that is connected to two terminals. When a voltage is applied across the terminals, a current flows through the resistive element and the output voltage is determined by the resistance of the element and the amount of current flowing through it. The resistance of the 67ZR200KLF can be adjusted by rotating the shaft or by pushing and pulling on the linear shaft.

The 67ZR200KLF trimmer potentiometer is a versatile device with a wide range of applications. It is designed for reliable operation in extreme conditions and provides a high degree of accuracy. This device is suitable for use in adjustable volume control and can also be used in the calibration of electronic circuits. Additionally, it is popular in automotive applications where it is used to control transmission shifters and window motors. The working principle is based on Ohm’s Law, and the device can be adjusted through either rotational or linear action.

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